CN218558154U - breathable oxford cloth - Google Patents

Abstract

The utility model discloses a ventilative oxford relates to textile fabric, aims at solving traditional knitted fabric and can not in time discharge the sweat steam of secretion when carrying out violent limb movement, influences the perspire's of skin problem. The key points of the technical scheme are as follows: the breathable air-permeable fabric comprises a surface layer, wherein a breathable layer is arranged on one side of the surface layer, the breathable layer protrudes downwards to form a plurality of corrugated parts, the cross sections of the corrugated parts are semicircular, and a plurality of breathable through holes which are located at the contact positions of the surface layer and the breathable layer and extend to the surfaces of the corrugated parts are formed in the surface layer. The utility model discloses in only the top of fold portion just with skin contact, reduced with the area of contact of skin contact, form the cavity in the fold portion, skin secreted sweat steam can flow to the cavity in, be equipped with ventilative through-hole on the surface course, the contact department on ventilative through-hole intercommunication surface course and ventilative layer makes the sweat steam of storing in the cavity can directly flow to external through ventilative through-hole, reaches fine perspire effect.

Description

breathable oxford cloth

technical field

The utility model relates to textile fabrics, in particular to a breathable Oxford cloth.

Background technique

Knitted fabrics are fabrics formed by bending yarns into loops with knitting needles and interlocking them. The difference between knitted fabrics and woven fabrics is the shape of the yarn in the fabric. Knitting is divided into weft knitting and warp knitting. Knitting fabrics are widely used in clothing fabrics, linings, home textiles and other products, and are loved by consumers.

Traditional knitted fabrics have a soft and smooth texture, so they are often used to prepare skin-friendly fabrics such as clothing and socks. When people wear such clothing for physical activities, the sweat and water vapor secreted by the body surface are easily absorbed by the fabric. When the fabric absorbs moisture and is saturated, sweat tends to stay on the surface of the fabric and the skin, and cannot be excreted in time, which affects the skin's perspiration function.

Therefore, a new solution needs to be proposed to solve this problem.

Utility model content

Aiming at the deficiencies in the prior art, the purpose of the utility model is to provide a breathable Oxford cloth.

The above-mentioned technical purpose of the utility model is achieved through the following technical solutions:

A breathable Oxford cloth, comprising a surface layer, one side of the surface layer is provided with a breathable layer, and the breathable layer protrudes downward to form several folds, the cross section of the folds is semicircular, and the breathable layer Combing bar GB1, combing bar GB2 and combing bar GB3 are woven into a warp-knitted mesh structure, and the surface layer is woven into a honeycomb structure from moisture-wicking yarns and antibacterial yarns. The air-permeable through-holes extend through the folds at the contact points of the air-permeable layers.

By adopting the above technical scheme, the air-permeable layer protrudes downwards to form several folds, so that only the top of the folds is in contact with the skin, reducing the contact area with the skin, and a cavity is formed in the folds, and the sweat and water vapor secreted by the skin can flow out. Into the cavity, the cross section of the folds is semicircular, forming the largest cavity area, which can accommodate more sweat and water vapor. The surface layer is provided with ventilating through holes, which connect the contact between the surface layer and the breathable layer. The sweat and water vapor stored in the cavity can flow directly to the outside through the ventilation holes to achieve a good perspiration effect. The breathable layer is woven into a warp-knitted mesh structure from the comb GB1, the comb GB2 and the comb GB3. The breathable layer has Good connection strength, the formed mesh can allow the secreted sweat and water vapor to pass through, and will not affect the skin to continue to perspire. The surface layer is woven into a honeycomb tissue by moisture-wicking yarn and antibacterial yarn, and the surface layer also has good conductivity. Humidity and antibacterial effect, the sweat and water vapor passing through the breathable layer can be discharged to the body through the mesh-like structure formed on the honeycomb tissue. This setting solves the problem that the sweat and water vapor secreted by traditional knitted fabrics cannot be discharged in time during strenuous body movements. Perspiration problems affecting the skin.

The utility model is further configured as follows: the air-permeable layer is provided with a plurality of array-distributed meshes, and the organizational structure of the air-permeable layer is:

The comb GB1 is a variable flat tissue, and its organizational structure is 2-1/3-4/2-1/2-3||1 through 1 empty;

The comb GB2 is flat tissue, and its organizational structure is 1-0/2-3/1-0/2-3||1 through 1 empty;

The comb GB3 is a variable meridian flat tissue, and its organizational structure is 3-4/2-1/3-4/3-2||1 through 1 hole.

By adopting the above-mentioned technical scheme, regularly distributed meshes are arranged on the air-permeable layer, sweat vapor can enter the surface layer through the meshes of the air-permeable layer, reducing the contact between sweat vapor and the skin, comb GB1, comb GB2, comb GB3 and comb Comb GB4 adopts warp flat weave and variable warp flat weave, so that the breathable layer has good weaving strength.

The utility model is further configured as follows: the yarns of the comb bars GB1 and GB3 are twisted from several modal fibers, and the yarns of GB2 are shape-memory yarns.

By adopting the above technical scheme, the modal fiber material has high strength and toughness, good moisture absorption capacity, and good skin-friendly effect, which improves the skin-friendly effect of the breathable layer, and the shape memory yarn woven into shape memory fiber material has good resilience. Elasticity, which can return to its original shape after deformation, improves the recovery ability of the breathable layer.

The utility model is further set as follows: the honeycomb structure is an eight-page heald, and the organizational structure of the honeycomb tissue is: the first warp thread interweaving point is one up and one down five up and one down, and the second warp thread interlacing point is one down one Up and down three up and down and one up; the third warp interweaving point is two down up down one up down one up down; the fourth warp interweaving point is three down up down one up two down, the fifth warp The interweaving point is four one up three down; the sixth warp interweaving point is three one up one down one up two down; the seventh warp interweaving point is two one up one down one up one down one up one down; the eighth warp The interweaving points are one up, one up, three up, one down, and one up.

By adopting the above technical scheme, when the warp interweaving points of the honeycomb tissue are one up, one down, five up and down, there are fewer weaving points, and the fabric is thicker and fluffy; There are more weaving points, the fabric is thinner, and the fabric has good air permeability. Through the above-mentioned weaving structure, the fabric has the characteristics of softness, fluffiness and good air permeability.

The utility model is further configured as follows: the moisture-conducting yarn is formed by twisting several strands of viscose fibers, and the antibacterial yarn is formed by twisting ramie fibers.

By adopting the above technical scheme, the viscose fiber material has good hygroscopic performance, the fabric is soft and smooth, and the hygroscopic effect of the surface layer is improved. At the same time, the ramie fiber has natural antibacterial, antibacterial, hygroscopic and breathable characteristics, so that the knitted fabric has good performance. antibacterial and antibacterial ability.

The utility model is further configured as follows: the surface layer and the air-permeable layer are bonded by hot melt adhesive.

By adopting the above technical solution, since the surface layer and the air-permeable layer are bonded together by hot melt adhesive, the connection is firm and the separation between the layers is not easy to occur, thereby effectively ensuring the stability of the fabric structure.

In summary, the utility model has the following beneficial effects:

The air-permeable layer protrudes downwards to form several folds, so that only the top of the folds is in contact with the skin, reducing the contact area with the skin, and a cavity is formed in the folds, and the sweat and water vapor secreted by the skin can flow into the cavity, and the folds The cross-section of the upper part is semicircular, forming the largest cavity area, which can accommodate more sweat and water vapor. There are ventilating holes on the surface layer, and the ventilating holes connect the contact between the surface layer and the breathable layer, so that the moisture stored in the cavity The sweat and water vapor can flow directly to the outside through the ventilation holes to achieve a good perspiration effect. The breathable layer is woven into a warp-knitted mesh structure from the bar GB1, the bar GB2 and the bar GB3. The air-permeable layer has good connection strength and forms a The mesh allows the secreted sweat and water vapor to pass through without affecting the skin's continued perspiration. The surface layer is woven with moisture-wicking yarns and antibacterial yarns to form a honeycomb structure. The surface layer has good moisture permeability and antibacterial effects at the same time. Sweat vapor passing through the breathable layer can be discharged to the body through the mesh-like structure formed on the honeycomb tissue. This setting solves the problem that the sweat vapor secreted by traditional knitted fabrics cannot be discharged in time during strenuous body movements, which affects the perspiration of the skin. question.

Description of drawings

Fig. 1 is the structural representation of the utility model;

Fig. 2 is the motion diagram of the pad yarn of air-permeable layer in the utility model;

Fig. 3 is the plane view of air-permeable layer in the utility model;

Fig. 4 is a schematic structural view of the surface layer in the present invention.

In the figure: 1. Surface layer; 2. Breathable layer; 3. Folded part; 4. Moisture-conducting yarn; 5. Antibacterial yarn; 6. Ventilation through hole.

Detailed ways

Below in conjunction with accompanying drawing and embodiment, the utility model is described in detail.

A breathable Oxford cloth, as shown in Figures 1 and 3, includes a surface layer 1, one side of the surface layer 1 is provided with a breathable layer 2, and the breathable layer 2 protrudes downwards to form a number of folds 3, and the cross section of the folds 3 is Semi-circular, air-permeable layer 2 is woven into a warp-knitted mesh structure by bar GB1, GB2 and GB3, and the surface layer 1 is woven into a honeycomb structure by moisture-wicking yarn 4 and antibacterial yarn 5, and the surface layer 1 and The air-permeable layer 2 is bonded by hot-melt adhesive, and the surface layer 1 is formed with a plurality of air-permeable through-holes 6 located at the contact points between the surface layer 1 and the air-permeable layer 2 and extending through the folded portion 3 .

Referring to Fig. 2, a number of meshes distributed in arrays are formed on the air-permeable layer 2, and the organizational structure of the air-permeable layer 2 is: the comb GB1 is a variable meridian flat tissue, and its organizational structure is 2-1/3-4/2-1/2 -3||1 wears 1 empty; bar GB2 is meridian flat tissue, and its organizational structure is 1-0/2-3/1-0/2-3||1 wears 1 empty; bar GB3 is changed meridian flat Tissue, its organizational structure is 3-4/2-1/3-4/3-2||1 wear 1 empty, the yarns of the bar GB1 and GB3 are twisted by several strands of modal fiber, the yarn of GB2 It is a shape-memory yarn, wherein the shape-memory yarn is twisted by several strands of shape-memory fibers through a twisting machine.

Referring to Figure 4, the honeycomb organization is an eight-page sheath. Specifically, the organizational structure of the honeycomb organization is: the first warp interweaving point is one up, one down, five up and one down, and the second warp line interweaving point is one up, one up, one down, three up. One up one up; the third warp interweaving point is two down up down one up down one up down; Next up three down; the sixth warp interweaving point is three down up down one up two down; the seventh warp interweaving point is two down up down one up down one up down; the eighth warp interweaving point is down One up, one down, three up, one down, one up, the moisture-conducting yarn 4 is twisted from several viscose fibers, and the antibacterial yarn 5 is twisted from ramie fibers.

Wearing the clothes made of the above-mentioned knitted fabrics, a large amount of sweat will be secreted after strenuous body movements, and the sweat vapor will first contact the air-permeable layer 2, because the air-permeable layer 2 protrudes downwards to form a number of folds 3, so that only the folds The top of part 3 is in contact with the skin, which reduces the contact area with the skin. A cavity is formed in the fold part 3, and the sweat and water vapor secreted by the skin can flow into the cavity. The cross section of the fold part 3 is semicircular, forming a cavity. The chamber has the largest area and can accommodate more sweat vapor. The air-permeable layer 2 is woven into a warp-knitted mesh tissue by the bar GB1, the bar GB2 and the bar GB3. The air-permeable layer 2 has good connection strength, and the formed mesh can let the secreted Sweat vapor passes through without affecting the skin to continue to perspire. Afterwards, the sweat vapor soaks into the surface layer 1. The surface layer 1 is woven into a honeycomb structure by moisture-wicking yarn 4 and antibacterial yarn 5. The surface layer 1 also has good conductivity. Humidity and antibacterial effect, sweat vapor passing through the breathable layer 2 can be discharged out of the body through the mesh-like structure formed on the honeycomb tissue;

The surface layer 1 and the air-permeable layer 2 are bonded by hot-melt adhesive, the connection is firm, and the separation between the layers is not easy to occur, thus effectively ensuring the stability of the fabric structure. , the breathable through hole 6 is connected to the contact between the surface layer 1 and the breathable layer 2, so that the sweat vapor stored in the cavity can flow directly to the outside through the breathable through hole 6, so as to achieve a good perspiration effect. This setting solves the problem of traditional knitting The sweat and water vapor secreted by the fabric during strenuous body movements cannot be discharged in time, which affects the perspiration of the skin.

There are regularly distributed meshes on the breathable layer 2, sweat water vapor can pass through the mesh of the breathable layer 2 and enter the surface layer 1, reducing the contact between sweat water vapor and the skin, comb GB1, comb GB2, comb GB3 and comb GB4 adopt The warp flat weave and the change of warp flat weave make the breathable layer 2 have good weaving strength. The yarns of the bar GB1 and GB3 are made of twisted strands of modal fibers, and the yarns of GB2 are shape memory yarns made of modal fiber material. It has high strength and toughness, good moisture absorption capacity, and good skin-friendly effect, which improves the skin-friendly effect of the air-permeable layer 2. The shape-memory yarn woven by shape-memory fiber material has good resilience and can return to its original shape after deformation The shape improves the recovery ability of the breathable layer 2.

The honeycomb structure in the surface layer 1 is eight-page shed. When the warp interweaving points of the honeycomb are one up, one down, five up and one down, there are fewer weaving points, and the fabric is thicker and fluffy. Up and down, up and down, there are more weaving points, the fabric is thinner, and the fabric has good air permeability. Through the above weaving structure, the fabric has the characteristics of softness, fluffiness and good air permeability. The moisture-conducting yarn 4 is made of several strands of viscose fiber The antibacterial yarn 5 is made of twisted ramie fiber, which has good hygroscopicity through the viscose fiber material, and the fabric is soft and smooth, which improves the hygroscopic effect of the surface layer 1. At the same time, the ramie fiber has natural antibacterial and antibacterial properties. , Moisture absorption and breathability characteristics, so that the knitted fabric has good antibacterial and antibacterial ability.

The above descriptions are only preferred implementations of the present utility model, and the protection scope of the present utility model is not limited to the above-mentioned embodiments, and all technical solutions under the idea of the present utility model all belong to the protection scope of the present utility model. It should be pointed out that for those skilled in the art, some improvements and modifications without departing from the principle of the utility model should also be regarded as the protection scope of the utility model.

Claims (6)

1. A breathable Oxford cloth, characterized in that: comprising a surface layer (1), one side of the surface layer (1) is provided with an air-permeable layer (2), and the air-permeable layer (2) protrudes downwards to form several The folded part (3), the cross section of the folded part (3) is semicircular, the air-permeable layer (2) is woven into a warp-knitted mesh structure by the comb GB1, the comb GB2 and the comb GB3, and the surface layer (1) Moisture-conducting yarns (4) and antibacterial yarns (5) are woven into a honeycomb structure, and the surface layer (1) is provided with a number of holes located at the contact between the surface layer (1) and the air-permeable layer (2). Ventilation through holes (6) extending through the folded portion (3). 2. A kind of breathable Oxford cloth according to claim 1, characterized in that: the air-permeable layer (2) is provided with meshes distributed in a number of arrays, and the organizational structure of the air-permeable layer (2) is: The comb GB1 is a variable flat tissue, and its organizational structure is 2-1/3-4/2-1/2-3||1 through 1 empty; The comb GB2 is flat tissue, and its organizational structure is 1-0/2-3/1-0/2-3||1 through 1 empty; The comb GB3 is a variable meridian flat tissue, and its organizational structure is 3-4/2-1/3-4/3-2||1 through 1 hole. 3. A breathable Oxford cloth according to claim 2, characterized in that: the yarns of the bars GB1 and GB3 are twisted from several modal fibers, and the yarns of GB2 are shape memory yarns. 4. A breathable Oxford cloth according to claim 1, characterized in that: the honeycomb structure is an eight-page shed, and the organizational structure of the honeycomb tissue is: the first warp interweaving point is one up and one down five up and one down , the second warp interweaving point is 1 down 1 up 3 up down 1 up; the third warp weaving point is 2 down up down 1 up down 1 up down; the fourth warp interweaving point is 3 down up down 1 Up two down, the fifth warp interweaving point is four one up three down; the sixth warp interweaving point is three one up one down one up two down; the seventh warp interweaving point is two one up one down one up one down One up and one down; the eighth warp interweaving point is one up one up down three up one down one up. 5. A breathable Oxford cloth according to claim 4, characterized in that: the moisture-conducting yarn (4) is twisted from several strands of viscose fiber, and the antibacterial yarn (5) is ramie The fibers are twisted. 6. A breathable Oxford cloth according to claim 1, characterized in that: the surface layer (1) and the breathable layer (2) are bonded by hot melt adhesive.

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